Strength Analysis of Underground Mine Support Frame Variations Using SolidWorks Simulation

Abstract

Underground mining activities require reliable support structures to ensure operational safety and structural stability. The selection of appropriate support frame types plays a crucial role in resisting mechanical loads and minimizing the risk of structural failure. This study aims to analyze the structural strength of underground mine support frame variations using SolidWorks Simulation. Several types of support frames with different support configurations were modeled and evaluated under identical loading and boundary conditions. The analysis was conducted using the finite element method to determine stress distribution, deformation, and the stress distribution, deformation, and factor of safety for each support variation. The simulation results show that variations in support type significantly affect the mechanical performance of the frame, particularly in terms of maximum stress and displacement. The findings indicate that certain support configurations provide better structural strength and stability compared to others. This study is expected to serve as a technical reference in selecting optimal underground mine support designs to improve safety and structural reliability.